Boosting The Transition To Circular Economy In The Water Sector Insights From Eu Demonstration Case Studies

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Boosting the Transition to Circular Economy in the Water Sector: Insights from EU Demonstration Case Studies

Boosting the Transition to Circular Economy in the Water Sector: Insights from EU Demonstration Case Studies covers a wide range of topics within the circular economy concept applied to the water sector, including water recovery and reuse, bioplastic and fertilizers from wastewater treatment, and new biocomposite materials from the water cycle. This book presents insights gained from recent EU projects reporting solutions, technologies, tools, and strategies to overcome the existing barriers hampering the circular economy transition process. This book combines practical and theoretical knowledge of the circular economy of the water sector, thus being useful for both researchers, professionals, and actors making local decisions.The book provides a holistic overview of the current status of the recent progress in resource recovery from wastewater treatment, including fundamental aspects and development of processes, as well as the needs of further research and industrialization. It gives special emphasis and discussion on green technologies for resource recovery from wastewater and bottlenecks regarding their applications. As a future green bioprocess, biogas production and waste minimization, opportunities, future perspectives, and research needs are also discussed. • Covers aspects of resource recovery technologies and research gaps in wastewater treatment• Focuses on different membrane bioreactor (MBR) configurations and systems/hybrid systems for treating wastewater• Provides state-of-the-art technologies, advantages, and challenges as well as strategies to overcome the limitations in implementing water-smart solutions• Includes technology to manage sewage sludge and to foster solutions for recovering in a circular economy context
Water Use Efficiency, Sustainability and The Circular Economy

Water Use Efficiency, Sustainability, and The Circular Economy is a comprehensive guide on water resource management in the context of a circular economy. The book covers a wide spectrum of topics, from water reuse and recycling strategies that foster sustainability to comprehensive lifecycle assessments of grey and black water management. It explores how circular economy principles can revolutionize basic water supply networking, catalyzing a shift towards more resilient and eco-conscious urban water systems.Lastly, the book contains innovative approaches like blockchain technology for water management and the circular economy perspective on wastewater resource management for energy recovery to help students, scholars, and policymakers navigate the complexities around water resource management. - Covers a wide range of topics, from water reuse and recycling to water footprint tools - Includes case studies and real-world examples to help researchers understand how circular economy principles can be applied to drive sustainability and efficiency in water-related practices - Offers insights into innovative approaches like blockchain technology for water management and the circular economy perspective on wastewater resource management for energy recovery
Resource Recovery from Wastewater Treatment

This volume highlights the latest advances, innovations, and applications in the field of water resource recovery from water treatment as presented by leading researchers at the International Conference on Wider-Uptake of Water Resource Recovery from Wastewater Treatment (ICWRR), held in Palermo, Italy on June 18-21, 2024. The event took place together with the 7th IWA Regional Membrane Technology Conference (IWA-RMTC). The contributions cover a wide range of themes from innovative and nature-based solutions for water and wastewater management to circularity assessment tools and environmental policy and legislation. The topics include resource recovery from wastewater, wastewater treatment, membrane bioreactors, greenhouse gases from wastewater treatment, LCA, water reuse & rainwater harvesting, mathematical modelling of wastewater treatment plants, metagenomics analysis and environmental microbiology, environmental policy and legislation in the water sector, plant-water-soil nexus, fertilizers from wastewater. The contributions were selected by means of a rigorous peer-review process and highlight many exciting ideas that will spur novel research directions and foster multidisciplinary collaboration among different water specialists.